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SAFETY CASE REGIME TO REDUCE THE RISK IN CONSTRUCTION AND PROJECT…
SAFETY CASE REGIME TO REDUCE THE RISK IN CONSTRUCTION AND PROJECT MANAGEMENT
Safety management system
Checking safety management implementation
resources
Structure efficiency
Supervision
Organization
Responsibilities
Strcture
Monitoring
Every ste should me monitored under expert
Roles
Checking skills
Assigning exact roles
Setting optimum Structure
Management of Change
Learning from previous incidents
Root cause
Identify
Analyse
finding solution
solution
ways to reduce
Review
Storing
Comparing
Storing last incidence data
Management of knowledge
Feedback
Drop box suggestions
Expert advice
recommendations
Audits
Meeting With unions
Review
Skilled committee
Evaluating
Suggestions
Following steps suggested
Management of human resources
Checking resources distribution where it is needed
Checking resources availability
checking the require skill available or not
Supervision
Checking of work
Workplace
Response to given information
Enough man power to carry all safety roles
operation and handling
enough machines to check systems function
Covering red zones
Communication
Involved people awareness about Key process
Briefing
Mails
Boards
Proper gadgets
Phones
Proper conversation
talky
Control measures
Knowing key issue
Regular driils
Effective plans
Procedure
Scheduling
Mechanism
collaboration between
Maintenance
Solution
Operation
Functioning
Engineering
Awareness about problems
Work force
Provision
Information
HAzard
Risk
Supervision
Identify risk at earliest
Training
Instruction
Planning
Involvement
Personal briefing
Meetings
Corporation
Competence
Commitment
Timing and duration
Matter
Responsibilities
Positive safety culture
Safety management role
Responsibilities
Decision maker
Active role
Implementing safety
Timely Manner
Safety alarm
Promotion
Policies
Data
Illness
Injuries
Safety
Assessment
Sharing views
Information
Analyzing
Debating
Knowledge
New or modified procedure
Software
Equipment
Plant
Risk reduction
Cost benefit analysis
Modelling
Performance data
Design cost
Industry standard
compare design
Robustness
Technical analysis
Audit
Safer design
Preventing potential outcomes
Moving people from potential event
Using Eco friendly materials
Eliminating risky hazard
Control the magnitude
Emergency planning
Mitigation
Risk uncertainty
Sufficient design
evacuation
Escape
Rescue
Understanding potential threat
Establish standard
Maintained environment
Effective safety control measure
New technology
Improvement approach
Practical test
Risk assessment
Practical options
Estimate chances
Reliability
Functionality
Implement safety
Identification of hazard
Monitoring
Design
Location map
'Hazard area drawing
Building layout
Plans and elevation
Escape routes
Fire and safety equipment
Cause and effect charts
General safety
Legible document
Appropriate diagram and plan
Assesment
Hazard identification
Select adopted measures
Identify control measures
Investigate
Control rate
Failures mode
Identify existing risk control
Effects
Risk analysis
Evaluation
Emergency
Escape route
Control room and offices
Emergency equipment
